하? 해 표 해 할 ? 해 하 할?
하 . 한 했 했?
Game Developer, System Software Developer, Software Architect, 학 한 Roadmap ? ( '~~한 한 book map' )
할 하 해 해 . . " 하 티할" 할 , 행키 .
학, 하 , 하 회 할 4( 6) 하 해 . 하 하 하 한 회하 해 한 4 6 ? 해 ? 통해 혜 , 효 ?
SeparationOfConcerns 한 파(David L. Parnas) FocusOnFundamentals 합. (see also 퓨) 한 트(
EdsgerDijkstra ) 학 합. Besides a mathematical inclination, an exceptionally good mastery of one's native tongue is the most vital asset of a competent programmer. --
EdsgerDijkstra 트 학 학 학 합.


17 파 트 파 할 . 해 .
( )
( )
~cpp As for the job market, Python isn't among the buzzwords that you'll find in job descriptions most of the time. But software development isn't that much about particular technologies, the important part is learning concepts. If you learn Python, you won't be able to avoid learning (at least): - Object Oriented Programming (OOP) - Procedural Programming There's a lot more concepts that you can learn while using Python, as you advance a little more: - Functional Programming - Test Driven Development - Dividing software into components ...... Learn concepts, not tools. At least in the long run, this will make you more attractive to employers who have a clue about what's important in the software industry. There are some more skills that are especially important: - Team work: dividing up tasks. Defining the interfaces up front to avoid blocking other team members who wait for you. Using a source code control system [1] - Communication/efficient problem solving: not trying yourself for days to solve a problem that could be solved a lot more efficiently by calling the client or writing an email - I've had problems with this myself in the past, I guess that's not an uncommon problem for developers. - Software reliability: that's a difficult one. IMO experience, concentration, unit tests, and always trying to improve on yourself help you achieve it.
--JuNe